β-catenin couples self-renewal, induction... [Chapter 2, Table 17] 

Game changers: developing high-technology industry innovative cultures during times of disruptive change 

Thin-film impedimetric sensors for chronic in vivo use: design and application to hydrocephalus treatment 

TNF-alpha, an early hepatocellular response to HCV infection 

An investigation into magnetically induced extractor-less electrospray propulsion devices 

Induction As Knowledge Integration. 

Induction heating--theory, design, application 

The induction of public school teachers 

Mechanism of ethanol-mediated increase of SARS-COV-2 entry through GRP78 induction 

An assessment of impact of early local progression on subsequent risk for the treatment failure in adolescent and young adult patients with non-metastatic osteosarcoma 

Targeting sexism with cognitive dissonance 

Induction of hypersignaling as a therapeutic approach for treatment of BCR-ABL1 positive Acute Lymphoblastic Leukemia (ALL) cells 

β-catenin couples self-renewal, induction... [Chapter 3, Table 4] 

β-catenin couples self-renewal, induction... [Chapter 3, Table 5] 

β-catenin couples self-renewal, induction... [Chapter 3, Table 1] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 24] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 12] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 11] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 9] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 2] 

β-catenin couples self-renewal, induction... [Chapter 3, Table 3] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 25] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 21] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 18] 

β-catenin couples self-renewal, induction... [Chapter 2, Table 15]